Some links may earn us a commission, helping us create more helpful contents.
SPARKHOBBY MINI 4 5.8G 2.8Dbi FPV Antenna RHCP SMA RP SMA MMCX UFL High Gain Antenna for Transmitter Trays RC Radios Long RPSMA Purple

SPARKHOBBY MINI 4 5.8G 2.8Dbi FPV Antenna RHCP SMA RP SMA MMCX UFL High Gain Antenna for Transmitter Trays RC Radios Long RPSMA Purple

Brand: SPARKHOBBY
$10.98
Prices are current at time of posting and may change at any time. Redeem now to lock in your price!
See Deals at Amazon Now
ASIN: B0D3G4TPD4
Weight: 0.705 ounces
Volume: 5.91 x 0.79 x 0.79 inches

Share this deal with your friends:

Product Description

Elevate your RC racing experience with the SPARKHOBBY MINI 4 5.8G 2.8Dbi FPV Antenna, the perfect companion for your transmitter trays RC radios. Designed for enthusiasts who demand the best in signal quality and range, this high-gain antenna ensures your drone racing sessions are uninterrupted by signal loss.

  • RHCP 5.8G 2.8dBi MINI FPV Antenna compatible with SMA/RPSMA/MMCX/LMMCX/UFL connectors
  • Available in vibrant colors: black, green, red, purple
  • Frequency Range: 5.7GHz with a Gain of 2.8dbi
  • Input Impedance: 50Ω for optimal performance
  • Constructed with high-quality polycarbonate material for durability
  • Lightweight design with low feeder loss, easy to install and bend at any angle without sacrificing performance

Whether you're navigating tight corners or speeding down straightaways, the SPARKHOBBY MINI 4 antenna provides the reliability and precision needed for competitive drone racing. Its sealed and closed design protects internal components from the elements, ensuring longevity and consistent performance.

Ideal for FPV drone racers and hobbyists, this antenna is a must-have for anyone looking to enhance their transmitter trays RC radios setup. Its versatility and high gain make it suitable for a variety of racing conditions, from indoor courses to outdoor tracks. Upgrade your RC gear today and experience the difference a high-quality antenna can make in your racing performance.